Which is a good circular groove hyperbolic mixer

Circular groove hyperbolic mixerJob characteristics:

This is a stirring device that can create large volume flow and obtain large area circulation and gentle water flow with small power. *The impeller structure design maximizes the combination of fluid characteristics and mechanical motion. The surface of a hyperbolic impeller is a curved body formed by the rotation of a curve along the Y-axis; In order to cater to the flow of water, the water is designed to enter from the center of the impeller, which reduces the turbulence of the inlet and ensures the pressure of the liquid on the surface of the impeller, thereby ensuring the balance of the whole machine in motion. There are eight guide vanes evenly distributed on the gradually opening double fox surface. The potential energy obtained by supplementing the inflow with the self weight pressure of the liquid and the centrifugal force generated by the rotation of the impeller form kinetic energy. The liquid moves tangentially along the circumference of the impeller under the condition of gravity acceleration. Under the reflection effect of the pool wall, a bottom-up circulating water flow is formed, thus obtaining cross flow in the axial (Y) and radial (X) directions. It is precisely due to the structural characteristics of the hyperbolic mixer impeller and its proximity to the bottom of the pool that it can achieve ideal mixing effects in operation, effectively eliminating mixing dead corners.

See the image below:

Circular groove hyperbolic mixerInstallation steps:

1. The bridge frame should be calibrated horizontally, and the half bridge frame columns should be calibrated vertically. The anchor bolts and connecting parts should be sturdy and reliable.

2. Place the shock absorber seat flat on the designated position of the bridge, align it horizontally, and connect and fix it to the bridge.

3. The deceleration motor is installed on the shock absorber seat and connected and fixed.

4. Connect and tighten the impeller and mixing shaft flange with bolts.
5. Place the impeller and mixing shaft into the pool, connect and tighten the mixing shaft to the output shaft of the reducer. When there is water, the shaft and impeller should be connected and placed in the water first, and then the shaft should be connected to the reducer.

6. After the installation of the mixer, the mixing shaft must be perpendicular to the horizontal plane. The vertical deviation is less than 1/1000.

7. After installation, remove the motor tail cover and manually transport the fan blades to check if the mixer is moving smoothly and normally. The swing deviation of the mixing shaft should be less than 3/1000.

8. After turning on the power, gently observe the direction of the mixing shaft's movement. When viewed from top to bottom, the correct direction of movement is counterclockwise rotation. If the opposite is true, switch the wiring positions of any two power supplies.

9. The installation of electrical equipment must be operated in accordance with relevant national regulations and safety procedures.

The performance parameters are shown in the following table: